Boron Carbide Tiles

Boron Carbide Tiles

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Alumina Ceramic Tube

Alumina Ceramic Rod

Alumina Ceramic Substrates

Alumina Ceramic Disc

Alumina Ceramic Plate

Alumina Ceramic Roller

Alumina Ceramic Crucible

Alumina Ceramic Ring

Alumina Ceramic Part

Ceramic Ignition Electrode series

Zirconia Ceramics

Zirconia Ceramic Tube

Zirconia Ceramic Rod

Zirconia Ceramic Plate

Zirconia Ceramic Disc

Zirconia Ceramic Crucible

Zirconia Ceramic Ring

Zirconia Part

Zirconia Knife

Silicon Carbide Ceramics

RBSiC

SSiC

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Aluminum Nitride Tube

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Aluminum Nitride Part

Boron Carbide Ceramics

Boron Carbide Tiles

Boron Carbide Plate

Boron Carbide Insert

Boron Carbide Bushing

Boron Carbide Tube

Boron Carbide Nozzle

Boron Carbide Ball

Boron Nitride Ceramics (BN)

Boron Nitride Tube

Boron Nitride Plate

Boron Nitride Ring

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Boron Nitride Crucible

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Pyrolytic Boron Nitride (PBN)

PBN Crucible

PBN Plate

PBN Tube

PBN Ring

PBN Part

Silicon Nitride (Si3N4) Ceramics

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Silicon Nitride Bearing

Silicon Nitride Igniter

Silicon Nitride Balls

Silicon Nitride Tube

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Beryllium Oxide Ceramics

BeO Tube

BeO Substrates

BeO Ring

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Mullite Ceramic Part

Mullite Ceramic Tube

Mullite Ceramic Plate

GaN Ceramics

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GaN wafer

Graphite

Graphite Crucible

Graphite Rotors and Shaft

Graphite Plate

Graphite Rod

Graphite Tube

Graphite Ring

Graphite Heater

Graphite Launder

Graphite Cylinde

Graphite Nozzle

Graphite Blocks

Quartz

Quartz Tube

Quartz Rod

Quartz Plate

Quartz Crucible

Quartz Ring

Tugnsten Carbide

Tungsten Carbide Rod

Tungsten Carbide Strips/Plate

Tungsten Carbide Burrs

Tungsten Carbide Dies

Tungsten Carbide Balls

Boron Carbide Tiles

Boron carbide tiles are a type of ceramic armor designed to provide high levels of protection against various types of ballistic threats. They are typically used in body armor systems for military and law enforcement personnel, as well as in armored vehicles and aircraft. Boron carbide tiles are valued for their exceptional hardness, low density, and high strength-to-weight ratio.

Boron carbide tiles are often used in combination with other materials, such as Kevlar or Spectra, to create composite armor systems that offer even greater levels of protection. They are also used in structural applications that require high levels of wear resistance, such as cutting tools, nozzles, and grinding media.

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Product Description

Features & Benefits

  • High hardness: Boron carbide is one of the hardest materials known, making it highly resistant to penetration and wear.
  • Low density: Boron carbide has a very low density, which makes it an attractive choice for applications where weight is a concern.
  • High strength-to-weight ratio: Due to its low density and high strength, boron carbide offers an excellent strength-to-weight ratio.
  • Resistance to chemical attack: Boron carbide is highly resistant to chemical attack, making it suitable for use in harsh environments.
  • Thermal stability: Boron carbide retains its strength and hardness at high temperatures, making it suitable for use in high-temperature applications.

Markets & Applications

  • Defense: Boron carbide tiles are used as armor plates in body armor, helicopters, and armored vehicles.

  • Nuclear industry: Due to its high neutron absorption, boron carbide tiles are used as a control rod in nuclear reactors.

  • Abrasives: Boron carbide tiles are used in grinding, lapping, and polishing applications due to their hardness and wear resistance.

  • Metalworking: Boron carbide tiles are used as dies and cutting tools for metalworking applications.

  • Aerospace: Boron carbide tiles are used in space shuttles and rocket engines due to their lightweight and high hardness.

  • Sports equipment: Boron carbide tiles are used in sports equipment such as skis and snowboards for their abrasion resistance.

  • Refractory materials: Boron carbide tiles are used in high-temperature applications as refractory materials.

Parameter Value
Density 2.5-2.65 g/cm³
Hardness (Mohs) 9.3-9.5
Hardness (Vickers) 30 GPa
Compressive Strength 2,800-4,000 MPa
Young's Modulus 450-550 GPa
Thermal Conductivity 30-35 W/mK
Coefficient of Thermal Expansion 4.5-6.0 × 10^-6 /K
Maximum Operating Temperature 1,400-1,500°C
Electrical Conductivity Insulator